Sinocyclocheilus rhinocerous: 107711058
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Entry
107711058 CDS
T04916
Name
(RefSeq) separin-like
KO
K02365
separase [EC:
3.4.22.49
]
Organism
srx
Sinocyclocheilus rhinocerous
Pathway
srx04110
Cell cycle
srx04114
Oocyte meiosis
Brite
KEGG Orthology (KO) [BR:
srx00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
107711058
04114 Oocyte meiosis
107711058
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
srx01002
]
107711058
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
srx03036
]
107711058
Enzymes [BR:
srx01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.22 Cysteine endopeptidases
3.4.22.49 separase
107711058
Peptidases and inhibitors [BR:
srx01002
]
Cysteine peptidases
Family C50: separase family
107711058
Chromosome and associated proteins [BR:
srx03036
]
Eukaryotic type
Sister chromatid separation proteins
Separase
107711058
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Peptidase_C50
TPR_12
CHAT
Motif
Other DBs
NCBI-GeneID:
107711058
NCBI-ProteinID:
XP_016371459
LinkDB
All DBs
Position
Unknown
AA seq
2181 aa
AA seq
DB search
MKCLRTEEYVQQLSCVKDTVVLHDELKTHVDEDFGPYGRTMYDRIIRACNQRLGSGNLDP
AHQEKIVELVELAVQAFESLEESGMQSNPFYLEKIVFHILQKVTSLGAHGPACRLGQLMY
RRLKRLSAETDDFHVLVRNCFAVLWNSLQSNRASGSTLLPRDRLHCQLQALTFKLLEQGS
SSASFPSKVPLFVEEAVVEYERSCGGFTHDDVSFLSSELRELFFSPLINPSDSALTCLSL
AVQCEVVFKVCKLLCKSLFSAEAVGLLSGALEGVDGHVGLRSALSLADHAVQLQSALSLG
GECSKAFTESARSLRGLPRSMSAAESHALLEACHLVVWAMEAGQCKGMDVTTLLACLSFL
EEYQELLLTQQKDSFSQQVQYSICFSFYQGFIITYDSLHASQGSAGNALDRVLLYCQTTA
GRMLAELRTLNNDNFLLKAVCAVNNVVYELFNRKLYEGAFGLAVIVCQELCKDCPPSLPV
DRVNRCFMLTVQCSRRGGQLERALGWIVRWIQVLGTQILDHFAEPVSLWVKTKCDAARAG
EDDTRLRTLRDGLGEAIADEEVMMCLSEEELRLYKEQTGDTAQERYNTLCDLLDICHEET
PHTLRRATYLCEMAQVVCYQDFSQQTDCSAVDFTHEALRLLDSEPETAENADRLMDEKAH
ASLWLYICTLETNLQEAVDTEKRLRAVQEENKMEMNMDPVPTNDLEYEDKQKSQESQLVY
DGLRFNLLAQSKLSEPLDSCLSLWRSLLKGSVPAVRDPKLTASSMTLMAALYTLMGKHLQ
ALEGYQLAAALFRSLGDAQNSANAFCQSARILLYLGSPQLAQVELEKAEQSLTSVPSSEG
TSVISMLAMLQKAQIHYALGQVQCGVCCLMEVIKESAQHHSKSWYLLRARTLQTASEYLS
LDTETLDSQLRQSITQHGLKTSDTAQYEGLKLLCSLVMMLLGNGFYGAPGPNTDTHFVDQ
GDSVVFKWLLLSEVLVSSERMVIVRSSSGAVHEAKAQCLEALKLATKLQTLSHCAELLVL
KAELELMKGANEASSLDLDQVRNLLDLCTDFGQGRQQKSEVKIKPRKGRPAAPSSSGHTP
EEDDDDLSGILSSRALLKEPVETMSRLGSQGASPPLKPKRQHVLSCLTHADSCSCPCCSE
FSVARVSIHWALLQADLQTDPEHSRRLRQYARKRCCSVAAKLQNSLAALMSSKKSTGLCL
SLLKVEQGKVHLGSVLQLLSTGDKGKATVLWEEIEAGLEAVTPKEALTPELGPIRAALLG
AKAVACCLALAMKKQCAPEELFSSVWGWNPQKIKPQLKLKTESKHRSKSPVFDTTPPETG
AKCHHDMKSASAEQESRKTKESSVVPKKPKDLVPKINFKKSSMVFKTPKATRTSRPKSVS
TSSGIGDLRAFDFTNEVPEISVNFTHSLHPSASHRGIAKSKTGPKGSFEVYKDSSPAEEK
PVIVPAAPKRTKRSRFKVEFSDESDTEAAPPAVVENSEKKRNASNSKTSRTLKPALNSIP
SDLVNPTVEPEPPRRTRTTKKSTAISSTSCLSSEEETGLSSQTRKRRGRPKKSQSSEATE
EPERMRMIKEDDEVLLNISLEELRGSDTEINDTGSPDADCEVLRRDLAADVGRECFSELR
RNGSHTTLPHASTPLADLSVEAVQSYLRSSWLLLHHFPPPSLFPHICSLLAQSLGQTDPI
TTAMLHAQSLGVSTRHHMTRHVVSQFRKLKKSCNDVAEGLGALSLEETSGATQSQKLSAL
EQIFSFTSSHPTQFPQTHCQQFTQQLKDLPAGITVCMLSLTGVYPDEIGSTILLTRLERG
STPITVRIPTADRKRSVAVLLEEMDGVLKGQKEVSTVAEKSQWWEGRKALDARVEKMLEE
MEEAFRVWRTLLLPLTSDPELEVQVKCFQKALKGTKITQDILKVVLSASPLLSLPDLQCL
VEGMGQQDKDFLRLLQGGVTVLRGREEPKGHTVLILDKFLQRLPWENIACLKSRSVTRMP
SLHAVLGHGHLKEMDSSCVLSCGVNPKKVYYVLNPDRNLPDTENRFKEWFTGERVWQGVC
GTAPDPDKLQEAVTTKDLYIYIGHGAGARFLDAQRVLKGPVRAVALLFGCSSAALSVLGH
QEGTGIILSYLTAGCPLVLGNLWDVTDRDLDRFTSALLQSWLSAGSGSSLLQHLAQSRNA
THLKHIIGAAPIAYGLPVYIH
NT seq
6546 nt
NT seq
+upstream
nt +downstream
nt
atgaagtgcttgagaacagaggagtacgtccagcagttatcatgtgtaaaggacactgta
gttcttcacgacgagctgaagacacatgtggatgaagactttggtccatatggtcgcaca
atgtacgatcgtatcatccgggcttgtaaccagcgactgggcagtgggaatctggaccct
gcccatcaggagaagatagtggagttggtggaactggccgtccaagcttttgaatcgctc
gaggagtcaggaatgcagagcaacccattttatcttgaaaaaatagtgttccacatccta
cagaaagtcaccagccttggagctcacggccctgcttgtcgattgggccaacttatgtat
agaagactaaagcgtttgtctgcagagacagatgacttccatgttctggtgcggaattgc
ttcgcagtgctgtggaacagtctccagtccaacagagcgagtggttccaccctccttccg
cgggacaggcttcactgtcagctgcaagctttaactttcaaactcctagaacaggggtcc
agctcggcctcttttccatctaaagttcctctgtttgtagaagaagcagttgtagaatat
gaacgatcttgtggtggttttactcatgacgatgtgagttttctgtcctctgaactacga
gaactgttcttcagccctttaatcaatccgtcggactctgcactgacatgtctctcgcta
gccgtgcagtgtgaggtggtgtttaaggtttgtaaactgctctgcaagagtctgttttca
gccgaggctgttggactgttaagtggtgctttggagggtgttgatggacatgtgggtctg
cgttcggctttgagccttgcagatcatgcagtgcagctgcagagtgcattaagcttggga
ggtgaatgcagcaaggctttcactgaaagtgcacgttccctcagggggctgccccgttcc
atgtcggccgcagagtctcatgccctattagaggcttgtcacctggtggtttgggcgatg
gaagctggtcagtgtaaaggcatggacgtaactacattgctggcttgcttatcatttttg
gaagaatatcaggaacttctgctcacacagcaaaaagactcattttcacagcaggtgcag
tactcgatttgtttcagtttttaccagggcttcattatcacatacgatagtcttcatgca
tctcaggggtctgcgggcaatgctctggacagagtgctgttgtactgccagacgacagca
ggacggatgcttgctgaactgcggacactcaacaatgacaatttcttacttaaagcagtg
tgtgcagtgaataatgtggtgtatgagctgtttaacaggaagctgtatgagggagccttt
ggtttggctgtgattgtgtgtcaggagctgtgtaaggactgcccaccctctcttcctgtg
gatagggtcaaccgctgtttcatgctgacagtgcagtgtagccggcgtgggggtcagctg
gagcgggctctaggctggattgtgcgctggattcaggttttgggaacacagattttggat
catttcgcagaacctgtctcgctatgggtcaaaaccaagtgtgatgctgcccgagcagga
gaggatgacacacgtctaaggactctgagggatgggttgggagaagcaatagcggatgag
gaggtgatgatgtgtttgtcagaagaggagttgcgtttgtataaagagcagactggagac
acagcccaggagcgctacaacacactctgtgacctcttggatatctgccatgaagaaacc
ccacacacactgagacgggcaacttatctgtgtgagatggcacaggttgtgtgctatcag
gacttcagccaacagactgactgctcagcagttgacttcacccatgaggcattgaggttg
ctggattcggagccagagacggcagagaatgctgataggttgatggatgagaaggcacac
gcctccctgtggctctacatctgtactcttgagaccaacctgcaggaggctgtggacaca
gagaagcgattgcgtgcagtgcaggaggagaataaaatggagatgaatatggatcctgtt
cccactaatgatctggagtatgaagacaaacagaaatcacaagagagccagttagtctat
gatggactacgcttcaatctacttgctcaaagcaagctgagtgagcctttggacagctgt
ttgtctctgtggcggagtctgctcaaggggtctgtgcctgcagttagagaccctaaactc
actgcttcttccatgacattgatggctgccctctacactcttatgggcaaacacctgcaa
gctctggagggatatcagctcgctgctgcccttttccgtagcctcggcgatgcccagaat
agtgcaaatgccttttgccaatctgccaggattttgctgtatctgggctctcctcagctt
gcacaggtggagttagaaaaagcagagcagagtttgacctctgtcccgagctctgagggc
acatctgttatatccatgcttgctatgctgcagaaagcacagatacactatgctttagga
caggtgcagtgtggtgtgtgctgcctgatggaggtgataaaggagtctgctcagcatcat
tctaagagctggtacctgctcagggcacgaacactgcaaacagctagtgaatacttgagt
ctggacacagagactttggactcacagctacgtcagagcatcactcagcatggtctgaag
acttcagacacggctcaatatgaagggttaaagcttttgtgcagcctggtgatgatgttg
cttggcaatgggttttacggagcccctggaccaaacacagacacacactttgtagatcaa
ggagacagtgttgtatttaagtggctgttgctgagtgaggtgctagtgtcctccgaaagg
atggtgatcgtgaggagcagcagtggggctgttcatgaagctaaagctcagtgtttagag
gctctcaaactggccaccaaactgcagacactcagccactgtgctgagctgttggtgttg
aaagcagaactggagttgatgaagggtgcaaatgaagctagtagtttagatctggatcaa
gttagaaacttacttgatctctgcacagattttggccagggacggcaacagaaatctgag
gttaaaataaaaccacgcaaaggtcggccagctgccccttcttcctctggtcacacccct
gaggaagatgatgatgatctgagtggaatcctcagctctcgcgcccttctcaaggagcct
gtggagaccatgtctcgattaggaagccaaggagcatctccccctctgaagcccaaacgc
cagcatgtgctttcgtgtctgacccacgcagactcctgctcctgtccctgctgcagtgag
ttcagtgtggctcgagtcagtatccactgggcactattacaggcagacctccagacagac
cctgagcattctcgccgactacgccaatatgccaggaaacgctgctgtagtgttgcagct
aagctccaaaacagtttggcggcacttatgtcctctaaaaagtcaactggactatgtctg
tcgctgctgaaggtggaacaaggcaaagtgcatttgggctctgtgcttcagctccttagt
acaggagacaaaggaaaggctacagtcctgtgggaggaaatagaggcaggattggaggca
gtgacgcccaaagaggcactgacaccagagcttgggcccatcagagctgctctgctgggg
gctaaagctgtggcctgctgtttggcattggccatgaagaaacagtgtgcccctgaagaa
ctgttttcttctgtatggggttggaatccacagaagattaaaccacaattaaaactcaaa
actgaatcaaagcatcgatccaagagccccgtttttgacacaactcctccagagacgggt
gctaaatgccaccatgacatgaagagtgcatctgcagagcaggaaagcaggaaaaccaaa
gagtcctctgtagttcctaagaaacctaaggacttggtgcccaaaattaacttcaaaaaa
tcttccatggttttcaaaacacccaaagcaacaaggacatctcggcccaaatctgtctcc
actagctctggcattggtgacttaagagcctttgacttcactaatgaggtccctgaaatt
tctgtcaactttacacactcattacacccatctgccagccatcgtggaattgcgaagtca
aaaaccggcccaaagggatcgttcgaagtgtacaaagattcttctcctgcagaagagaaa
cctgtgattgtgccagctgcgcctaaacgaaccaagcgctctcgcttcaaggtcgagttc
agtgatgaaagtgacactgaagctgcgcctcctgctgtagtggaaaactccgaaaaaaag
aggaatgcctccaactccaaaacatctcgcaccctgaaaccagccctgaactccattcct
agtgacctagtgaaccccactgtagaaccagaacctcccagacgcacacggaccactaag
aaaagcacagccatctcctctaccagctgcctctcttctgaggaagaaactggcttatcc
tcccagacacgcaaacgcagagggcgaccaaaaaagagtcaaagttcagaggccacagag
gaacctgagaggatgaggatgattaaagaggatgatgaggttcttttgaatatcagcctg
gaggagctcagagggtctgacacggagataaatgacacgggcagtccagacgctgattgt
gaggtcttgaggagagatctggctgcagatgttggacgagagtgtttcagtgagcttaga
agaaatggatctcacacaaccctaccacatgcatctacacccctagctgacctgtcagta
gaggcagtccagtcgtacctgcgttcctcgtggctcctcctccaccatttcccacctccc
tctctttttccccacatctgctcactgctcgctcagtcacttggccagacggatcccatc
actactgcaatgctacatgcacagtcgctgggtgtgtccactcgccaccacatgacccgt
catgtggttagccagttcaggaagctaaagaaatcatgtaatgatgtagcagaaggtctt
ggtgctctgagtctggaggaaacgtctggggcaacacagtctcagaaactctctgcgctg
gagcagatcttttccttcacctcctcacacccaacacagttcccacaaacacactgtcag
cagttcacgcagcagctgaaagatctgccagcaggaataacagtgtgcatgctgtcgctc
acgggtgtgtatcctgatgaaattggcagcactattcttctgacccgactggagcgtggc
tctaccccaatcactgttcgaatccctactgcagacagaaagcgctctgttgctgtgctg
ttggaagaaatggatggagtgttgaaggggcaaaaggaagtgagcacagtggctgagaaa
tcgcagtggtgggaaggaagaaaggctttggacgctcgtgtggagaaaatgttagaagag
atggaagaggctttcagggtgtggcgaactctactcctgcctttgacctctgaccctgag
cttgaagttcaggtgaagtgcttccaaaaggcactgaaaggaacaaagatcacgcaggac
attcttaaggtggttctctcagcatctccactcctgtccctgccagacctgcagtgcctc
gtggaggggatgggtcagcaggacaaggacttcctgaggcttctgcagggtggtgtgact
gtactgagaggaagggaggagccaaagggacatacagttctcatcttagacaagttcttg
cagaggttgccttgggagaacatcgcttgtctgaagtctcgttctgtcactcgcatgccc
tcattacatgcagtgcttggacacggtcatctgaaagagatggattcaagttgtgttttg
tcatgtggcgtgaaccctaagaaagtttactatgtgctaaacccagatagaaatctgccc
gacactgagaatcgctttaaagaatggtttactggtgagcgagtgtggcagggggtttgt
ggaactgctccagacccagacaaactacaagaggctgtgaccaccaaagacctctacatt
tacataggacatggcgcaggagcccgctttctggatgctcagagggttttgaaagggcct
gtgcgggcagtagctcttctgtttggctgcagtagtgctgctctcagtgtacttggccac
caggagggaacaggaatcatcctcagctacttgaccgcaggatgcccgttagtgcttggt
aacctgtgggacgtgacagatcgtgatttagatcgtttcacatcggctctgctccaatcc
tggctctctgctggttctggctcctcccttcttcagcatttagcccaatcgcgtaacgcc
acacatttaaaacatataattggtgctgcgcccattgcatatggtttgcctgtgtatatt
cactag
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integrated database retrieval system
